This is false. When you add a carbonate to universal indicator it's does not turn milky. In actual fact it turns either like thick bubbly layers or stay the same depending on the acid type are using in this situation. Because of chemistry scientists have sussed that there is no acid which can make the universal indicator turn milky. So the answer to the question is no and if you have to put this question into into a trye or false table then this question would go under FALSE because it does not turn milky.
Universal indicator turns shades of blue or purple in an alkali.
Universal indicator turns deep blue or violet when mixed with a strong alkali.
Bromine turns a yellow-brown color when mixed with universal indicator.
An alkali usually turns purple or blue when in universal indicator. This is because universal indicator contains a mixture of different pH indicators that change color at various pH levels, with blue or purple indicating a high pH level associated with alkalis.
A sodium hydrogen carbonate indicator is used to test for the presence of acids. It turns pink in the presence of an acid and yellow in the presence of a base. This color change helps to determine whether a solution is acidic or basic.
Green is the color that universal indicator turns to when it is neutral.
A substance that turns universal indicator green is a base. Bases have pH levels higher than 7, which causes the universal indicator to turn green.
The universal indicator turns red in acidic solutions.
Universal indicator turns shades of blue or purple in an alkali.
If the universal indicator turns green, it indicates that the substance is neutral, neither acidic nor basic.
Sc4 aswell as nitrogen citride
Universal Indicator. It turns red as lemon juice is an acid.
The gas that turns a universal indicator blue is usually chlorine.
Sugar typically turns yellow on universal indicator paper, indicating that it is acidic.
Lime water (calcium hydroxide) turns milky/cloudy when exposed to carbon dioxide due to the formation of calcium carbonate, which is insoluble. This property makes it a useful indicator for the presence of carbon dioxide in a substance or a gas.
The universal indicator generally turns blue or purple with toothpaste, indicating that the toothpaste is basic.
Universal indicator turns red when added to vinegar, indicating that the vinegar is acidic.